Nike Air Max 270 White Black Arriving Soon

The brand new Nike Air Max 270model was just introduced and you can already expect to see a flood of colorways for this latest innovative style from the Swoosh.If you’re yet to experience the comfort of 270-degrees of cushioning, you’re seriously missing out. This ground-breaking style not only looks great but feels unbelievable too.Next up for Nike’s Air Max 270 collection is this clean white and black iteration designed for the ladies.That white upper is complimented nicely by a crystal clear Air Unit in the heel. This chunky bubble promises the best in comfort and support across all surfaces.

One pairs Nike Air Max 270will be releasing is this clean White and Black color option. The shoe sports an all-White mesh upper paired with Black detailing covering majority of the branded areas atop a clean Air Max heel sole unit.This brand-new silhouette arrives alongside several other styles, all boasting that Vapormax technology at the rear.Sporting a primarily white upper, it utilizes black on its branding as well as its inner bootie for a touch of contrast. As the Swoosh continues to grow its 270 arsenal, expect a good number of women’s exclusive drops to hit shelves, as Nike continues to increase its emphasis on the female sneakerhead demographic.Hits of darker black feature to the ankle surround, also stamped to the Nike mini-Swooshes and Air Max 270 branding.

The ‘White Black’ Air Max 270utilises lightweight and soft neoprene across the upper. This features perforations which ensure air flow to the foot, even on those hot and sunny days. A set of integrated laces keeps the look streamlined whilst a chunky midsole promises the best in comfort and support underfoot.Featured in a classic black and white theme, the sneaker is covered in white for its engineered mesh upper, then paired with touches of black on the branded areas and inner heel portion. The revamped large Air unit in the heel adds to the silhouettes signature look while also completing the clean design altogether.